0000000000948524
AUTHOR
Vincent Boudon
Analyse Globale du Spectre de 12CH4 dans la Région 0–4800 cm-1
Jet-Cooled FTIR Spectroscopy and Analysis of the ν5 C–O Stretch Fundamental of Ni(CO)4
International audience
Analyse de Spectre de l'Ethylène dans la Région 800–1500 cm-1
Statut Actuel et Perspectives Concernant l'Analyse Raie par Raie du Spectre du Méthane
Global analysis of 13CH4 lines in the 0 - 3200 cm-1 region
We have carried out new measurements of infrared spectra of the spherical top molecules 12CH4, 13CH4 and 12CD4 at low – (80K) and room temperature (298K). Spectra were recorded at very high resolution (0.0027 cm−1 around 2900 cm−1) using the Z¨urich prototype Bruker 125 spectrometer (ZP 2001)3 combined with a low temperature cooling cell. Due to low temperature, the Doppler full width at half maximum (0.0045 cm−1 around 2900 cm−1 at 80K) was reduced by a factor of 1.91. We report the analysis of two low – and six room temperature spectra and present the global analysis of 4000 (2000 newly assigned) 13CH4-transitions from 0 up to 3200 cm−1. The results are compared to previous work. In the p…
Rovibronic Spectroscopy of Symmetric Top Molecules in a Degenerated Electronic State: Application to the CH3O and CH3S Radicals
Computational Approaches to Study Ethylene Trapped in a Zeolite
Stark Calculations Baser on Tensorial Formalism and Ab Initio Methods: Application to Ethylene in Silicalite-1 Zeolite
Intensités et Positions de Raies dans la Bande ν12 de l'Ethylène dans la Région des 1450 cm-1 : une Etude Expérimentale et Théorique
Spectroscopie Astronomique à l'Aide d'un Spectromètre à Fibre Optique
Spectroscopie des Molécules Symétriques de Type XY3Z avec un Nombre Pair ou Impair d'Electrons : Formalisme Tensoriel Adapté à la Chaîne de Groupes SU(2) ⊗ CI ⊃ C∞vS ⊃ C3vS
Global Frequency and Infrared Intensity Analysis of 12CH4 in the 0–4800 cm-1 Region
High-Resolution Spectroscopy and Analysis of the ν3/2ν4 Dyad of CF4
Local Modes of Silane within the Framework of Stretching Vibrational Ployads
International audience
La molécule d'éthylène soumise à des impulsions laser femtosecondes : spectroscopie rotationnelle et alignement
Talk given by B. Lavorel
Mesures et Analyses du Spectre d'Absorption à Haute Résolution de l'Ethylène vers 1.6 Micron
Global Analysis of 13CH4 Lines in the 0–3200 cm-1 Region
A New Analysis of the ESO Very Large Telescope (VLT) Observations of Titan's at 2 μm
The present status of methane spectroscopy for planetary applications
International audience
SPVIEW and XTDS: graphical tools for the analysis and simulation of high-resolution molecular spectra
Theoretical Modelling of the Methane Absorption Spectrum for Planetary Applications
Rotationally Resolved IR Spectroscopy and Analysis of Adamantane
L'Effet de Serre
Investigation of the Potential Energy Surface of the CH4–N2 Complex
Analysis of the ν3/ν7/ν9 Bending Triad of the Quasi-Spherical Top Molecule SO2F2
High-Resolution Spectroscopy and Analysis of the ν3/2ν4 Dyad of CF4
N2 Collosional Broadening of Methane int the THz Region Measured at the SOLEIL Synchrotron
Ab Initio Molecular Orbital Calculations of the Electronic Structure for the CH4 + N(2D) Reaction and Their Implications in Titan's Atmosphere
FTIR Spectrum and Preliminary Analysis of the Octad Region of 12CD4 in the 3000–3500 cm-1 Region
Present status and future prospects of methane spectroscopy for planetary applications
International audience
Computational Modelling to Study SI/O Nanoporous Structures. Molecules Trapped in Zeolite. Ab Initio Calculations and IR Spectroscopy Study
High resolution FTIR spectroscopy of methane 12CH4 and 13CH4: the analysis of the 0 - 4800 cm-1 spectral region
Rotational excitation with femtosecond pulses : from high resolution spectroscopy to molecular alignment
International audience
Analysis of the Slit-Jet Fourier Spectrum of Ethylene Near 3000 cm-1 Region Using Tensorial Formalism
Théorie des Spectres Rovibroniques des Molécules Toupies Symétriques. Application à CH3O et CH3S
Observations de Titan depuis le Sol et par ISO et Modélisation dans l'IR Proche
Stark Effect in X2Y4 Molecules: Application to Ethylene
The STDS Dijon system : Present status and prospects.
The Dijon spectroscopy group has developed powerful techniques based on group theory and tensorial formalism in order to analyze and simulate absorption and Raman spectra of molecules with various symmetries. Software packages and databases implementing these tools have been created [1]. Compared to the widely used spectroscopic databases (HITRAN, GEISA), these packages, with their XTDS common interface [2], are primarily devoted to the calculation of line parameters and spectra from a database of model parameters. Future developments include improved fitting algorithms, inclusion of C3v symmetric tops, rovibronic couplings, uncertainty estimates. Moreover, calculated line lists will be acc…
Atmospheric solar absorption spectra modeling with different CH4 spectroscopic databases
C3v Top Data System (C3vTDS) Software for Spectrum Simulation of XY3Z Symmetric-Top Molecules Using the O(3) ⊃ C∞v ⊃ C3v Group Chain.
International audience
High-Resolution Stimulated Raman Spectroscopy and Analysis of the 2ν10 Overtone Symmetric Motion of C2H4
International audience
Etat de l'Art de la Modélisation Théorique du Spectre d'Absorption du Méthane, pour les Applications en Planétologie
Elargissement Collisionnel du Méthane par N2 dans la Région THz Mesuré au Synchrotron SOLEIL
Analysis of the Spectrum of Ethylene in the 800–1500 cm-1 Region Using Tensorial Formalism: Frequencies and Intensities
Poster
The 2200–4700 cm-1 Strong Interaction Region of 13CH4
Simulation of the Stark Effect on the ν12 Band of Ethylene
Analysis of the High-Resolution FTIR Spectrum of Methane 12CH4 and 13CH4 in the 0–4800 cm-1 Spectral Region
Spectroscopy of Diamondoid Molecules from Far IR to the Vacuum UV Spectral Region
Analysis of the High Resolution IR-Spectrum of 13CH4 in the 2200–4700 cm-1 Region The Pentad and the Octad
La Triade de Pliage de la Toupie Quasi-Sphérique SO2F2 dans la Région des 550 cm-1
High-temperature infrared spectroscopy using a high enthalpy source
International audience